CEE 408 | Railroad Transportation Engineering
Rail transportation systems require infrastructure, vehicles, motive power and energy to move goods and people. Rail technology spawned a transportation revolution that continues to substantially influence national and global markets. This course begins with the fundamental economics of rail transportation. This is followed by consideration of railroad rolling stock design, running gear and other mechanical components, train braking system design, function, and dynamics, and locomotive design, operation and function.
The course covers quantitative analysis of train resistance, power and energy requirements, effects of aerodynamics, grade, and curvature, and their effect on speed, power, and acceleration. Railroad track system design, components, roadbeds, and maintenance needed to support safe and efficient movement of railway vehicles is also covered. The course concludes with an introduction to passenger rail transportation, high-speed rail, and the technical and operational challenges of increasing speed and frequency of passenger service on existing freight rail corridors.
Texts | Hay 1982. Railroad Engineering – Part 1: Principles of Location and Operation
Course notes, other readings, and selected chapters from Armstrong 1998. “The Railroad, What it is, What it Does”
CEE 408 is typically offered in the classroom or online in the fall semester.